| Combat Entity Based Modeling Methodology to Enable Joint Analysis of Performance/Engagement Effectiveness - Part 1 : Conceptual Model Design |
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Kyung-Min Seo, Tag Gon Kim, Hae-Sang Song, Jung Hoon Kim, Suk Moon Chung |
1Korea Advanced Institute of Science and Technology
2Department of Computer Engineering, Seowon University
3Agency for Defense Development
4Korea Naval Academy |
| 성능/교전 효과도의 상호 분석이 가능한 전투 개체 기반의 모델링 방법론 - 제1부 : 개념 모델 설계 |
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서경민, 김탁곤, 송해상, 김정훈, 정석문 |
1한국과학기술원 전기 및 전자공학과
2서원대학교 컴퓨터공학과
3국방과학연구소 수중임무분석실
4해군사관학교 무기체계공학과 |
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| Abstract |
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This paper proposes a flexible and highly reusable modeling methodology for a next-generation combat entity which enables joint analysis of performance/engagement effectiveness. According to the scope of the proposed work, the paper is divided into two parts; Part 1 focuses on a conceptual model design, whereas Part 2 proposes detailed model specification and implementation. In Part 1, we, first, classify the combat entity model as combat logic and battlefield function sub-models for joint analysis. Based on the sub-models, we propose two dimensional model partition method, which creates six groups of a single combat entity model by two dimensions: three-activity and two-abstraction. This grouping enables us to reconfigure the combat entity model by sharing the same interface within the group, and the same interface becomes the fundamental basis of the flexible model composition. Furthermore, the proposed method provides a model structure that effectively reflects the real world and maximizes the multi-level reusability of a combat entity model. As a case study, we construct a model design for anti-surface ship warfare. The case study proves enhancement of model reusability in the process of scenario expansion from pattern running to wire guided torpedo operations. |
| Key Words:
Defense System, Engagement/Engineering Model, Tactic, Naval Warfare, Model Reusability |
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